Oregon high school students looking at their research options quickly notice a pattern: a large share of the state’s structured opportunities run through a single institution, Oregon Health & Science University. That concentration is useful, as OHSU alone sponsors close to a dozen distinct internship pipelines for local teenagers, but it also means students who do not live near its Oregon campus, or whose interests fall outside biomedical science, including computer science, need to venture further.
This guide compares a broad range of research programs for high school students in Oregon, whether a student attends school in Portland, Medford, or somewhere in between, and whether their interests point toward a lab bench or a fully independent research paper.
Summer research programs for high school students in Oregon give a student something a standard high school science class cannot: sustained work on an open-ended question, guided by someone who does that work professionally. The best programs introduce students to the scientific process, asking them to move past following instructions and into forming their own questions, testing them, and living with an ambiguous result. Although participation does not guarantee an admissions advantage, the skills and experiences students develop can give them substantive material to discuss in their college applications.
Not every program offers the same depth of that experience. Some place students inside an active lab to support an ongoing project; others hand a student a research question and a faculty mentor and ask them to drive the entire process, from framing the question to writing up findings.
Programs that give students substantial agency over their research direction while providing a supportive environment tend to produce the most meaningful experiences. Strong mentors support learning by helping students work through setbacks, interpret unexpected results, and develop confidence while undertaking advanced research for the first time.
The highest quality research programs for high school students fall into two categories:
The strongest programs in any category tend to share two qualities: a high degree of student agency in shaping the research direction and meaningful institutional oversight that ensures academic rigor. Programs run with oversight from universities, government bodies, and established non-profits typically possess these qualities, giving students experience with the type of research conducted by college and graduate students and making the experience valuable college preparation.
To read more about the different types of research programs available, and how they differ from popular “independent mentor-matching” services, read our comprehensive guide on choosing the best research opportunities.
The programs below were selected based on:
The Pioneer Research Institute is best suited for Oregon students, in any part of the state, who want to complete original, college-level research one-on-one with a university professor rather than assist with someone else’s project. Because it runs fully online, geography stops being a factor — a student in Medford has the same access to a research mentor as a student in downtown Portland.
To learn more about the program, including application requirements and outcomes, read our comprehensive guide to Pioneer Academics.
The Summer Science Program operates a residential, team-based Astrophysics program at Linfield University as part of its network of host colleges and universities across the United States and Canada. At Linfield, students engage in research on near-Earth asteroids in teams of three, collecting observations and using scientific programming and orbital calculations to determine their trajectories.
The residential format also gives participants an early taste of college life, while SSP estimates that they complete roughly 60 hours of research work each week. Applicants apply to SSP rather than to Linfield specifically, and campus assignments are made after admission.
For a closer look at what a summer at SSP actually involves, see our guide to the Summer Science Program.
MIT PRIMES-USA pairs remote students with academic research mentors for a full year of mentor-guided mathematics research, working on unsolved problems well beyond the standard high school curriculum. Its year-long structure makes it a fit for an Oregon student who wants sustained research during the school year and across an entire calendar year rather than a concentrated summer program.
Our MIT PRIMES-USA participation guide covers the application timeline and admissions expectations in more depth.
The Ted R. Lilley CURE Program places high school students in OHSU Knight Cancer Institute laboratories for a paid, full-time summer of cancer research training. It is designed to expand biomedical research access for a diverse group of underrepresented students and introduce participants to a research environment where scientists, research staff, and medical students contribute to advances in cancer care.
The program also reflects OHSU’s broader commitment to health equity by improving access for students from underserved backgrounds. Participants receive a $4,000 stipend and a TriMet transit pass and present their research in a scientific poster presentation at the end of the summer. Interns also present their research in a scientific poster presentation at the end of the summer.
The OHSU Knight Scholars Program is designed to expand access to cancer-related careers for students from underserved communities, including students in rural parts of Oregon. Its three-tiered structure lets students progress from introductory cancer-career exposure to community and clinical immersion and, ultimately, a six-week cancer research lab placement during the Intensive tier.
The program did not run in summer 2026 because of a lapse in funding; OHSU says to check back in fall 2026 for future updates.
OHSU’s Partnership for Scientific Inquiry pairs a semester-long virtual biomedical research course with the option to continue into a mentored summer research placement, letting students build research skills before deciding whether to pursue an intensive summer placement. Because summer placements depend on volunteer research mentors, funding, and lab capacity, internship opportunities are not guaranteed.
The Knight Cardiovascular Institute Summer Internship gives Oregon high school students early exposure to cardiovascular medicine and allows them to explore careers in the field, with preference given to 10th- and 11th-grade applicants. Its introductory experience lasts seven days, and OHSU indicates that participants may have opportunities for research training in future summers.
The OHSU School of Dentistry Research Internship Program is a paid research opportunity aimed specifically at students considering dental, oral health, or craniofacial research careers. Interns work with experienced researchers on projects that can span laboratory, clinical, and public-health research, making it a particularly relevant option for students who already know they want to explore oral health research.
OHSU also says interns are mentored by experienced researchers and present what they learned at the end of the program, so this is unquestionably a genuine mentored research internship, rather than simple dental-career exposure.
STEMPrep-OHSU is structured as one stage of a national, 10-year STEMPrep pipeline rather than as a stand-alone OHSU summer program. The program is intended to expand opportunities for underrepresented minority students in biomedical research.
Participants progress through research training at multiple partner institutions, with 11th-grade STEMPrep trainees placed at OHSU for intensive basic-science research in Portland. Most arrive after several years of prior STEMPrep training, making this a better fit for students seeking a long-term, multi-institutional STEM pathway than for students looking for a summer internship they can apply to directly.
The OHSU UCEDD Summer Internship Program gives students hands-on experience in disability-related health care, research, community programs, and other professional fields. Each intern is paired one-on-one with an OHSU supervisor for an eight-week project while also participating in professional development sessions and tours of OHSU labs, clinics, and facilities. Its regional eligibility extends beyond Oregon into Southwest Washington, making students on both sides of the Columbia River eligible to apply.
The Gibbs Lab Fluorescence Molecular Imaging Internship offers direct training in laboratory techniques such as cell culture, microscopy, and image analysis inside an active cancer-imaging research lab. Students learn experimental planning and troubleshooting while working on a research project, making this a hands-on introduction to both the technical and analytical sides of fluorescence molecular imaging.
George Mason University’s ASSIP is worth an Oregon student’s attention because some mentors offer fully remote research placements, removing the need for cross-country travel. Students identify prospective mentors whose work matches their interests, and selected interns work one-on-one with researchers at George Mason or collaborating institutions on active research projects.
Our full breakdown of George Mason ASSIP covers cost, credit, and what a typical project looks like.
The Southern Oregon Historical Society relies on volunteers for a range of archival and research-library projects, including collections work, archival indexing, and digitization of historic film materials. Current high school eligibility is not published, so interested students should contact the Society directly to confirm whether student volunteers are currently accepted.
For an eligible student interested in history rather than lab science, the opportunity can provide direct exposure to real archival and historical-collections work before college.
Start with what the student actually wants to walk away with. A student who wants to say they developed and completed their own research question should prioritize a program that gives them substantial ownership over the research topic. The Pioneer Research Institute follows this model, with students developing an original research question under faculty mentorship. MIT PRIMES-USA takes a different approach: students work individually or in small groups on unsolved mathematics problems under an academic mentor, with projects often suggested by faculty or researchers.
Both are accessible from anywhere in Oregon since they run online. A student who wants hands-on lab exposure alongside working scientists, without necessarily driving the whole project themselves, will find that experience across several of OHSU’s internship pipelines.
Location and timing matter just as much as program type. Students outside the Portland metro area face a real access gap for many of the in-person OHSU programs, since regular attendance on the Portland campus may be required; a virtual program removes that constraint entirely. Cost varies just as widely, from paid or stipend-supported internships to programs costing several thousand dollars or more, so it is worth deciding on a budget before narrowing the list further.
The strongest options depend on what a student is looking for. For a student-originated research project with a university professor mentor, the Pioneer Research Institute is a strong fully online option. MIT PRIMES-USA is another rigorous online choice for mathematically advanced students who want to spend a full year working on unsolved problems under an academic mentor.
For a hands-on lab experience with practicing scientists, OHSU programs such as the Ted R. Lilley CURE Program, School of Dentistry Research Internship Program, and Gibbs Lab Fluorescence Molecular Imaging Internship provide direct research experience in Portland. The OHSU Knight Scholars Program is also worth watching for future cycles, but it did not offer a summer program in 2026.
Yes. Oregon Health & Science University runs several in-person research and internship programs for high schoolers, spanning health-related fields like cancer biology, dental and oral health research, biomedical research, disability-related health care, and molecular imaging. Their structures vary considerably: some are paid, some provide stipends, some are free, and at least one current research internship is unpaid.
Summer eligibility also varies by program, with some restricted geographically and others open more broadly. Application timelines range from late fall through spring, so students should check each program separately.
Students living near Portland have the most obvious concentration of in person internships, largely through OHSU’s various outreach and research pipelines. Students elsewhere in the state, including those near Oregon State University in Corvallis or Southern Oregon University in Ashland, can also consider virtual programs such as the Pioneer Research Institute or MIT PRIMES-USA, which do not require proximity to a research university.
Some OHSU programs are designed to broaden access outside the Portland area as well. The Knight Scholars Program, for example, has historically recruited students from rural communities across Oregon, although OHSU did not offer the program in summer 2026 and advises students to check for future updates.
Cost varies enormously by program type. OHSU programs do not follow a single cost model. The Ted R. Lilley CURE Program provides a $4,000 stipend, the School of Dentistry Research Internship pays an hourly wage, PSI is offered at no cost, UCEDD provides a stipend, and the Gibbs Lab internship is unpaid. The Pioneer Research Institute is tuition based, but they will meet 100% of demonstrated financial need. The residential Summer Science Program can run up to $11,800 with need-based financial aid available to cover some or all of the fee for qualifying families.
The right research program is less about prestige and more about fit: how much of the process a student wants to own, how far they can realistically travel, and what they can afford. Oregon students have real options in both directions, from student-originated, mentor-guided research completed from home to structured lab placements inside one of the state’s major research institutions. Choosing with that fit in mind, rather than chasing the most recognizable name, is what turns summer programs into a genuine research experience.
If you’re interested in conducting the highest level of research for high school students, consider joining a Pioneer information session to learn more about the Pioneer Research Institute.
Based on a recent survey, 71 percent of Pioneer Research scholars’ acceptances were to the top 20 US colleges and universities. Additionally, our alumni report acceptances to highly-selective institutions at a rate five times higher than the school’s published acceptance rate.
If you are a 9th or 10th grader, we encourage you to also check out the Global Problem-Solving Institute. You’ll have the rare opportunity to take an interdisciplinary approach to complex world programs, while earning college credits from UNC-Chapel Hill.
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